On June 30th, Chengdu Guoxing Aerospace Technology Co., Ltd. (hereinafter referred to as "Guoxing Aerospace"), Guoqi (Beijing) Intelligent Connected Vehicle Research Institute Co., Ltd. (hereinafter referred to as "Guoqi Intelligent Connected"), Guoqi (Beijing) Testing Technology Co., Ltd. (hereinafter referred to as "Guoqi Testing"), and Xinglian Innovation (Shenzhen) Technology Co., Ltd. (hereinafter referred to as "Xinglian Innovation") jointly signed a strategic cooperation agreement, launching a heavyweight cooperation in the "space computing power+intelligent connected vehicles" industry.
As the first domestic innovation platform to participate in and promote the; Space computing power+intelligent connected vehicles; Strategic cooperation, Guoxing Aerospace will collaborate with the National Intelligent Connected Vehicle Innovation Center to fully leverage the core advantages of all parties and build a; Space computing constellation+space computing terminal+on-board edge computing" The three-layer collaborative technology architecture provides new space-based computing power support for the upgrading of global intelligent transportation and autonomous driving scenarios through a globally covered space computing network, accelerating the technological verification and industrial application of space computing power in the field of intelligent connected vehicles.
At the industrial level, this cooperation fills the gap in the deep integration of space computing power and intelligent connected vehicles. Space based computing power can achieve autonomous driving perception and blind filling in areas without ground base stations, unified scheduling of cross regional fleets, remote control of special vehicles for long-distance and mountainous areas, and expand the application boundaries of autonomous driving. At present, the integration of low altitude, satellite, vehicle road coordination and multi track acceleration, as well as the integration of space and ground transportation, has become a consensus in the industry.
Taibo Network believes that this strategic cooperation marks the formal scale entry of space computing power into the automotive industry from the aerospace track. With the implementation and verification of the three-layer collaborative architecture, a new category of integrated terminals for vehicles and satellites may emerge in the future, promoting autonomous driving to break free from the constraints of ground infrastructure and opening up new development space for global intelligent transportation, unmanned fleets, and mainline autonomous driving.
